Meta has effectively discontinued the native WhatsApp experience on Windows 11 and replaced it with a WebView-based desktop application. What was once a fast, lightweight native app is now essentially WhatsApp Web running inside Microsoft’s WebView2 container. The change has triggered widespread frustration among users, particularly due to excessive RAM usage that can exceed 1GB even during normal usage.
This shift reflects a broader trend in modern software development, but for many Windows users, it feels like a downgrade rather than an upgrade.
What Exactly Changed
The previous WhatsApp for Windows app was built using a native Windows framework, offering tight system integration, faster startup times, and significantly lower memory usage. The new version, however, loads the WhatsApp web interface inside WebView2, which is based on Microsoft Edge’s Chromium engine.
As a result, WhatsApp on Windows now behaves much like a browser tab rather than a true desktop application. Users are also being logged out after updating and forced to re-link their devices using a QR code, a process typically associated with WhatsApp Web rather than native apps.
Why Meta Switched to WebView
The primary reason behind this move is development efficiency. Maintaining separate native applications for Windows, macOS, Android, iOS, and the web is expensive and time-consuming. By using a WebView-based approach, Meta can rely on a single codebase and push features faster across all platforms.
This approach also aligns with Meta’s recent cost-cutting measures and internal restructuring. A web-based desktop app reduces long-term maintenance costs and allows teams to focus on feature parity rather than platform-specific optimization.
Additionally, new WhatsApp features such as Channels, Communities enhancements, and interface updates are already web-first. Delivering them through a WebView ensures consistency across devices with minimal engineering overhead.
The Performance Cost for Users
While this strategy benefits Meta, it comes at a clear cost to users. WebView applications rely on a full browser engine running in the background. Even when idle, WhatsApp now consumes a noticeable amount of RAM and CPU resources.
Many users report memory usage reaching or exceeding 1GB, especially when multiple chats are open or media-heavy conversations are loaded. On mid-range or older systems, this results in slower system performance, delayed UI interactions, and increased battery drain on laptops.
The previous native app handled notifications, background syncing, and system resources far more efficiently. The new version continues running background processes even when minimized, further contributing to unnecessary resource consumption.
Loss of Native Windows Integration
Another downside is the reduced level of integration with Windows 11. Native apps interact more smoothly with system-level features such as Focus Assist, notification prioritization, and background task management.
WebView-based apps, by comparison, operate in a more isolated environment. This can lead to delayed notifications, inconsistent behavior with system settings, and a generally less polished experience that feels disconnected from the operating system.
User Backlash and Community Reaction
The response from the Windows user community has been overwhelmingly negative. Many users feel that a modern desktop operating system deserves proper native applications, not browser wrappers disguised as apps.
Criticism has intensified because Meta previously moved away from Electron and web-based builds in favor of a native Windows app, only to reverse course again. For power users and developers, the move signals a growing disregard for desktop performance in favor of development convenience.
What Users Can Do Now
Users who are unhappy with the new app have limited options. Some are choosing to uninstall the Windows app entirely and rely on WhatsApp Web directly in their browser, where memory usage can be more predictable and easier to manage.
Others are disabling background startup and tray behavior to reduce idle resource usage. However, these are workarounds rather than solutions.
At the moment, there is no official way to revert to the old native version.
Conclusion
Meta’s decision to replace native WhatsApp on Windows 11 with a WebView-based app highlights a growing divide between developer efficiency and user experience. While the change simplifies development and ensures faster feature rollouts, it sacrifices performance, system integration, and efficiency.
For Windows users, especially those on limited hardware, this shift feels like a clear regression. WhatsApp on Windows is no longer a true desktop app—it is a web page wearing an app icon.
If this trend continues, the line between desktop software and browser tabs will become increasingly difficult to justify.